Science We hope you enjoy this different style of learning. Please let us know your views on it. If you encounter any difficulties do not hesitate to contact your tutor. A copy of this workshop is in the folder collection in the Martial Rose library. Please ask at the enquiry desk for the folder Author: Institution of Chemical Engineers Title: Science Safety Workshop Health and Safety Activities for Key Stages 1 and 2 Training Workshop for Teachers Objectives The purpose of the workshop is to help you to: increase your own knowledge and understanding of health and safety issues understand the concepts of hazard, risk and risk assessment be familiar with the requirements of health and safety within the National Curriculum orders at Key Stages 1 and 2 understand and write a risk assessment and risk management strategy for an electricity activity to be carried out in session 7 provide strategies for safety education within the context of the primary curriculum M:\Safety \Science \Core Science 1 Safety Workshop 2 Programme Revise the legal requirements for safety. Read the Keeping Science Safe section in your module handbook. What do you know about risk? Carry out the quiz on pages 4 & 5. Check your answers on pages 6 & 7. Background reading Read the background explanations & examples on pages 8 – 18 inclusive. These cover: hazard and risk a risk management strategy health and safety within the National Curriculum Activity: Developing and writing a risk management strategy Carry out the activity given on page 19. References and useful addresses See handbook M:\Safety \Science \Core Science 1 Safety Workshop 3 What do you think of these statements? Write down your answers. M:\Safety \Science \Core Science 1 Safety Workshop 4 What do you know about Risk? 11. Safety education is a useful addition to the primary school curriculum if there is sufficient time outside the National Curriculum. What do you know about Risk? 12. The word risk encompasses the likelihood of an accident happening and the extent of the harm if the accident does happen. What do you know about Risk? 13. An activity involving a severe hazard will necessarily have a high risk, so should be avoided. What do you know about Risk? 14. A high risk activity by definition is one that is likely to lead to an accident. What do you know about Risk? 15. driving a car has many hazards, but a generally low likelihood of an accident. This produces an acceptably low risk. What do you know about Risk? 16. A Risk Assessment is an analysis of risk that must be made before any hazardous activity is undertaken by school staff or pupils. What do you know about Risk? 17. Teachers must officially record and sign every Risk Assessment they make.' What do you know about Risk? 18. Risk Assessment is the. Employer's responsibility. What do you know about Risk? 19. Risk Assessment may require a teacher to modify or abandon an activity they had planned. What do you know about Risk? 20. As part of the National Curriculum all pupils have to learn to make Risk Assessments. M:\Safety \Science \Core Science 1 Safety Workshop 5 M:\Safety \Science \Core Science 1 Safety Workshop 6 M:\Safety \Science \Core Science 1 Safety Workshop 7 How do we go about assessing and managing risks? First we need to know what are hazards and what is the potential harm they might cause. We need to know how likely an accident is. Then we can put them together to get the risks involved. Later we will see a way of managing these risks to make them as low as possible. M:\Safety \Science \Core Science 1 Safety Workshop 8 HAZARDS ARE AGENTS OF POTENTIAL HARM: some examples. Mains electricity/boiling water Climbing Frame/tarmac surfaces Bleach (corrosive, toxic) Scissors Consider the severity of harm and likelihood of an accident M:\Safety \Science \Core Science 1 Safety Workshop 9 Electric shock = high-medium severity Damaged cable = highly likely Fall on hard surface = high severity Unsupervised = medium likelihood Swallowing = high-medium severity Childproof cap = low likelihood Stabbed hand = low-medium severity . Supervised y5 class = low likelihood M:\Safety \Science \Core Science 1 Safety Workshop 10 Risk is the name we give to the extent of any harm (or undesirable effect) which would arise when taken together with the likelihood of the threat actually happening. Risk = degree of severity x likelihood So for the examples examined previously and shown here. Low-medium severity x low likelihood = low risk High-medium severity x low likelihood = medium risk High-medium severity x highly likely = high risk M:\Safety \Science \Core Science 1 Safety Workshop 11 Analogy for risk Consider the effect/severity and the likelihood First, try the National Lottery Although the odds are very low (likelihood) the prize could be enormous (effect/ severity) It’s well worth investing one pound Shall we try the Local Raffle? The prize isn’t as large as the lottery(effect/severity) but the chances of winning are much better (likelihood) Therefore I’ll buy a one pound ticket So how do we manage the risk to reduce it to as low as possible? M:\Safety \Science \Core Science 1 Safety Workshop 12 Risk perception Risk assessment High/medium x highly = high Severity likely risk Playground High severity x medium = high likelihood risk High / medium severity x low/medium x severity low likelihood low = likelihood M:\Safety \Science \Core Science 1 Safety Workshop = medium risk low risk Risk management good maintenance soft surface secure storage /handling round ended scissors 13 Our strategy for training in risk management Benefits 1. Why do I want to do it? What are the benefits? Hazards 2. What are the hazards? Effects 3. What are the likely effects of Those hazards? Degree of severity 4. How serious would each of Those effects be? Likelihood 5. How likely is it that each effect Will happen? Assessment of risk 6. How risky does that make it? (high risk, medium, or low risk? Management of risk 7. Can I reduce the risk? If so, How? What steps (if any) can I Take to help the benefits outweigh The risk by eliminating, reducing Or controlling the hazards? Balanced decision 8. Should I take the remaining Risk, or is it not worth it? So here are all the steps you should take in assessing risks. This is easy to remember by using the mnemonic of what this strategy is trying to avoid – BEDLAM! M:\Safety \Science \Core Science 1 Safety Workshop 14 Application of the risk assessment management training Example: riding a bicycle down a hill. Wouldn’t it be fun to ride down that hill Benefits But it looks steep Hazards I wouldn’t like to fall off Effects I could break my arm or crack my skull Degree of severity I’m more likely to fall off on the hill than on the path It would be more risky on the hill Likelihood Assessment of risk My bike and brakes are OK. I’m wearing my pads. I’ll watch others go down first Management of risk I’m happy to have a go now I’ve checked it out M:\Safety \Science \Core Science 1 Safety Workshop Balanced decision 15 Risk management in a science lesson Knock over a meths burner Meths burner Medium/ x very = high High likely risk Severity substitute a night light Drop and break a mercury thermometer Mercury Medium x very Low likely = medium risk substitute spirit or digital thermometer Collecting mini-beasts Minibeasts medium x low = low likelihood low risk wash hands So all activities can be carried out with a lowered residual risk providing we introduce the changes given above. You should make sure your science activities for school are changed so that they are low risk. M:\Safety \Science \Core Science 1 Safety Workshop 16 An example to show how the strategy produces a safer outcome where the risk so obviously outweighs any benefits that certain actions become untenable. I am running late! I should be at the next checkpoint by 12.30. I could get to that field more quickly if I cross the railway lines here Benefits But trains come along here. It’s sometimes hard to hear trains and there’s a bend up ahead Hazards I might not get our of the way in time and be hit by a train Effects I’d be killed… My family would be devastated Degree of Severity A train could come along at any time Likelihood The two tracks together look wider I than thought that gravel is hard to walk across. This fence is here because railway and lines are dangerous places…and there is that bend up ahead… Assessment of risk There must be a safe crossing or bridge further on. I’ll walk on a bit Management of risk It’s not worth the risk; I would rather lose a few points being late Balanced decision M:\Safety \Science \Core Science 1 Safety Workshop 17 The further along the risk management process the more demanding it gets intellectually. There is a parallel between the increasing complexity of the risk management strategy and the conceptual development of the child Conceptual development of the child Understanding the actions have consequences and consequences vary, e.g. safe/unsafe. Developing child Developing ability to recognise hazards and the range of their effects. E.g. serious effect/likely. Complexity of the risk management strategy Why do I want to do it. Perception of hazards. Consideration of likely effects. Evaluation of severity of hazard realization. Increasing awareness of personal influence upon consequences and the riskiness of the situations. Assessment of risk. Developing ability to see the options and to propose ability to see the options and propose a risk management approach which covers elimination and reduction as well as a range of controls. Balance risk against benefit and decide whether to proceed with residual risk. Consider how to manage risk(s) Developing sophistication in balancing the benefits of actions against risks. M:\Safety \Science \Core Science 1 Safety Workshop 18 TASK Choose a science activity from a published scheme/workcard or for your own 5 min. session plan. Write a Risk Assessment for the activity. Use the Risk Assessment proforma on the science website. Complete full references to safety documents. Check the Health & Safety section of the Programmes of Study for KS1 & 2 in Science in the National Curriculum. Use the guidelines given in the background reading. You should consult also safety regulations given in: ASE (2001) and Hampshire County Council (1996). Copies of these are kept in a collection of safety texts beside the counter in the Schools Resources Centre. There are copies in the Primary Science rooms also – please see the technicians to access these. Multiple copies of ASE (2001) Be Safe! are shelved in the main library at 375.5. Bibliography ASE (2011) Be Safe! health and safety in school science and technology for teachers of 3-12 year-olds. 4th Edition. Hatfield: Association for Science Education. HCC (1996) Safety & Science. Winchester: Hampshire County Council. M:\Safety \Science \Core Science 1 Safety Workshop 19